The versatile Edwardian 2 cast iron radiator combines authentic traditional styling with economy and reliability.

The Edwardian 2 cast iron radiator will add charm to any room giving so much economical heat due to the solid cast iron panels between the columns amplifying the heat through the entire radiator.

Available in two heights to suit your heating needs.

All Beaumont cast iron radiators are carefully hand built to your own required size and fully assembled ready for plumbing into your new or existing pipework.

For specification and finishes please see below.

• HEAT GUIDE

• Price list

• valve sets and accessories

Please telephone 01788 899100 or email for any further details and to order our radiators.

The Edwardian 2 is available in a choice of two heights:

460mm at £25.00 per section
660mm at £28.00 per section

The maximum number of sections is 20.

Finishes available include:

Antique Gold
Sovereign Gold
Old Penny
Copper
Natural Cast Iron
Anthracite
Pewter
Matt Black
   
   

 

 

 

Each radiator section is hand cast at our foundry and likely to affect the total length.

The columns below give some idea of the approximate length but we strongly advise against finalising any pipework until radiators are on site.

  
           
Sections Added Total Length   BTUs WATTS   BTUs WATTS
1     434 127   509 149
2     868 254   1018 298
3     1302 382   1527 448
4 356mm   1736 509   2036 597
5 437mm   2170 636   2545 746
6 518mm   2604 763   3054 895
7 599mm   3038 890   3563 1044
8 680mm   3472 1018   4072 1193
9 761mm   3906 1145   4581 1342
10 842mm   4340 1272   5090 1492
11 923mm   4774 1399   5599 1641
12 1004mm   5208 1526   6108 1790
13 1085mm   5642 1654   6617 1939
14 1166mm   6076 1781   7126 2089
15 1247mm   6510 1908   7635 2238
16 1328mm   6944 2035 8144 2387
17 1409mm   7378 2162 8653 2536
18 1490mm   7812 2290 9162 2685
19 1571mm   8246 2417 9671 2834
20 1652mm   8680 2544 10180 2984

 

 

Please use ouR HEAT Guide to determine the exact amount of radiator sections you need for your room(S) and calculate the price.